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This resource is a schematic image for the filament winding manufacturing technique (Slide 4 of 6). The slides are adapted from the University of Liverpool "Composite Materials" lectures [MATS311] by Prof. W. Cantwell. Image courtesy UKCME, the University of Liverpool.
Tungsten Filament
Courtesy of Mr. MUHAMMET AYDIN
Image Details
Instrument used: Quanta SEM
Magnification: 800
Voltage: 5
Spot: 2,5
Working Distance: 8,5
Detector: etd
I personally like it because of the dust on the bulb and the reflection of the filament in the glass at the top right ..
Lots of filaments today... They are of two types - thin and relatively short, with crisp outlines, or large and more cloud-like.
WARNING! Sun is dangerous, use proper filters for observing and imaging!
Aquisition time (start of the session) : JD2456745,89619213 (29.03.3014 13:30:31 MSK - this is my local noon time, highest elevation of the Sun above horizont).
Image orientation: totally scrambled
Equipment:
Canon EOS 60D (unmodded) coupled to Coronado PST via Baader Planetarium Hyperion Zoom 8-24 mm Mark III click-stop system eyepiece and Baader Planetarium M43-to-T2 conversion ring and mounted on SkyWatcher NEQ-6 PRo mount.
Aperture 40 mm
Native focal length 400 mm
Projection zoom setting: 16 mm
Effective focal length 900++ mm
Tv = 1/10 seconds
Av (effective) = NA
ISO 400
Exposures: 75% of 54
Processing: images were converted to monochrome and exported as 8-bit .TIFFs. Images were assembled into stack in ImageJ and saved as .AVI. AVI was processed in Autostakkert!2.
Resulting image was subjected to Richardson-Lucy deconvolution in AstraImage 3.0 (Cauchy type PSF, size 2,1 units, 8 iterations).
High-pass filtering and no coloration made in Photoshop.
Finally, Image was scaled down to have Solar disk diameter about 1500 pix.
Notes: tracking is good! 1/10th of second @ISO400 is much better than 1/50th @ISO1000.
Field of microscopic filamentous microfossils inside a rounded concretion from the jasper rock in the Nuvvuagittuq Supracrustal Belt in Québec, Canada. The filaments are composed of haematite (red lines), and are located in a quartz layer (white) surrounded by magnetite (black), where both haematite and magnetite are iron oxide minerals. Photo by M. Dodd
Ptenothrix renateae
Complete with digital camo and purple cheek. My springtails are back at my door, but it seems that there are more of these than the Dicyrtomina ornata. Usually the Dicyrtomina outnumber these by a lot.
That pitted metal he's scaling is the hose hook-up part on a propane tank. I'm really happy with the quality of this shot. I was using the DCR-250; don't know what made it any better than previous shots with that lens.
3D printer filament spool holder for MakerBot Replicator
Made on a makerbot.creativetools.se
Download the file for free from: www.thingiverse.com/thing:72746
If you want to purchase best Abs filament or carbon filament at an affordable price visit us at www.3dfilament.supplies/abs/
3D printer filament spool holder for MakerBot Replicator
Made on a makerbot.creativetools.se
Download the file for free from: www.thingiverse.com/thing:72746
From Filament magazine Issue 1, available worldwide at www.filamentmagazine.com
Model: Steve Dyson
Photographer: Ara Maye McBay
Wow, I haven't been here in a loooooong time.
VS: Nude, mod by me
LS: Einfache, mod by me
Wallpaper: Filament
Foobar: Int, mod by me
Icons: Sanscons
Unfortunately I don't have elevator here and I live on 4th floor. Now please let me have my heart attack quietly :-D
A huge filament I had the chance to image a few days earlier
It keep the same basic shape but developes nicely
To show how big is this filament I added Earth in scaled size.
Askar 185mm, Baader derf, Daystar Quark Chromosphere DS with Lunt 40, Player One Apollo 432
Architects: Rolfe Judd, 2015, showing part of the "stacked cuboids" 16-storey residential tower. The district used to be home to a gas mantle factory, hence the new development's name. London Borough of Wandsworth.
This small accessory can protect your FFF 3D printer filament from two common issues - cleaning and lubrication.
A sponge wipes the filament clean from any dust particles and prevents them clogging the extruder.
By dropping a few drops of common mineral oil on the sponge the filament passing through gets lubricated thus relieving the extruder motor from strain.
Lubrication is specially useful if the filament needs to travel through long tubes before it enters the extruder.
INSTRUCTIONS
Download the STL-file from www.thingiverse.com/thing:492067
3D-print the provided STL file and insert a small piece sponge into the filament filter.
Poke a hole into the sponge and make sure the filament passes through and comes out at the other end.
Soak the sponge with a few drops of mineral oil (as for sewing machines, door hinges or bicycle chains).
Place the filament filter somewhere in between the spool and the extruder. If you have a plastic tube which guides the filament to extruder (such as a bowden solution) make sure you place the filter before the filament enters the tube.
See video for more information
By Creative Tools
A fully 3D-printable rotating stand for filament spools, designed to be easily made without the need for fasteners such as screws, nuts, shafts, glue, etc. Every single component in this spool holder comes right from your 3D printer's filament.
The spool holder's spindle is shaped to fit the vast majority of commonly used filament spools with shaft holes ranging from 16 mm to 62 mm in diameter. It is also compatible with spool-less filament coils.
The spindle which holds the spool's weight rotates on its own roller wheels, which makes it turn effortlessly.
The spool holder included an arm for filament guide tubes of both common sizes 1.75 mm and 3.0 mm. The arm also contains a pocket for inserting a piece of sponge which acts a a filament filter - thus keeping the filament clean and lubricated.
FEATURES
- Easy to 3D print
- Needs no glue or fasteners
- All parts can be 3D-printed
- Fits almost any filament spool size
- Has built-in filament filter!
- Can also hold spool-less filament coils
Next time you need a new filament spool holder, just 3D-print one! :)
INSTRUCTIONS
Please see video youtu.be/X6ArZeWYSZE
"Creative Tools
This small accessory can protect your FFF 3D printer filament from two common issues - cleaning and lubrication.
A sponge wipes the filament clean from any dust particles and prevents them clogging the extruder.
By dropping a few drops of common mineral oil on the sponge the filament passing through gets lubricated thus relieving the extruder motor from strain.
Lubrication is specially useful if the filament needs to travel through long tubes before it enters the extruder.
INSTRUCTIONS
Download the STL-file from www.thingiverse.com/thing:492067
3D-print the provided STL file and insert a small piece sponge into the filament filter.
Poke a hole into the sponge and make sure the filament passes through and comes out at the other end.
Soak the sponge with a few drops of mineral oil (as for sewing machines, door hinges or bicycle chains).
Place the filament filter somewhere in between the spool and the extruder. If you have a plastic tube which guides the filament to extruder (such as a bowden solution) make sure you place the filter before the filament enters the tube.
See video for more information
By Creative Tools
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testing some ABS from 3D Universe - worked great! These are printed on an Ultimaker 2+ Extended in ABS, 0.1mm layer height and a 0.4mm nozzle.
From Filament magazine Issue 3 - available worldwide from www.filamentmagazine.com
Photographer: David Davis
Model: Simon Ratzker
"Optomax" 220V 300W projector lightbulb filament
viewcam with Symmar 150 mm, f/32 3 sec.
one tungsten floodlight 500W
22.2.2000 polaroid 665 P/N (positive)
Technically it's not a real MakerBot filament spindle since it doesn't have the clear front - but it works great. I have done tons of builds without ever seeing / arranging / touching filament.
Find out more - 3dprinterforum.org/